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Research Activity
Since 1970-1971, involved in examining the study of SI interval for Time unit, when linked with Arc-angle (Pi/180 or 1-degree); evolving a definition for Nautical Kilmetre - since publishing: The Metric Second/Metric Calendar Year. Have spent some 40-years aiming to make & promote Time and Calendar to be part of Le Systeme International d'Unite, working for an alternative to currently used Gregorian Calendar(with or without the use of Leap Days/Weeks); ALSO extending to use the duration of 'Sidereal Day' for the FORMAT of Civil Calendar (using duration of Tropical or Sidereal Year). Develped 33*27*9=8019-year 'SAROS' & format for Year 2007,being the FIRST Keplers' Leap Week [(Y2000-80)+/- 128], in link with Year ZERO BC/AD following *divide six(6) LWks scheme & Addl.Keplers' Leap Weeks* for most cycles.Best Mean Year value of (365+31/128)=365.2421875 days or 7*[(52+1/6+29/2688)] are achieved. Also, 3*400-year Gregorian cycle may have 13-Addl.KLWks to give current Mean Year=365.2425 days.
| Brij's Document to India Mission, New York for United Nations |
| Brij's projection to IAU is pointed as an Indian's life time work 'examining the possibility' for A World Calendar merely by shifting July 31st to February 29th, during ALL YEARS in the format of 364-day calendar in FOUR equal quarters (of 91 days = 13 Weeks) |
| Synopsis of Brij's PROPOSAL on Calendar Reform (with or without Leap Weeks), by shifting ONE days of July 31 to the month February as 'February 29', using DIVIDE six(6)-year plan for Leap Weeks & Additional Keplers' Leap Weeks. A New Definition of *Decimal Second(sd)* based on Refined value for Astronomers' Average Mean Atomic Year, is worked and equated to give Mean Year of 365.2421875 days. Also MY=(365+31/128)=365.2421875 days if 'ceturian Leap Rule is modified to skip a day once every 128-years. |
| Brij's BRIEF PROPOSAL on Calendar Reform (with or without Leap Weeks) using DIVIDE six(6)-year plan for Leap Weeks & Additional Keplers' Leap Weeks. A New Definition of *Decimal Second(sd)* based on Refined value for Astronomers' Average Mean Atomic Year, is worked |
| On Shelving Nautical Mile, in favour of DEFINING Nautical Kilometre |
Brief sketch of Brij Vij's achievements & career profile and Life time of *brijvij* providing SOLUTION for Calendar Reform (with or without) Leap Weeks, using divide six (6) plan and improved Mean Year value of 365.2421875 days (i.e. 366.2421875 sidereal days) |
| Brij's added 'Easiset, Surest & Cheapest - Reform of Gregorian Calendar |
| Modified Gregorian Calendar - the easiest, simplest and cheapest - at Wikia Site [with(div.6 Leap weeks & Keplers' addl LWks) or with Leap Days when compared with most known proposals on Calendar Reform that give improved Mean Year value of 365.2421875 days (i.e. 366.2421875 sidereal days) |
| Brij B. Vij's CALENDAR FOR YEAR 2007..... (onwards) based on Vij's Gregorian Rhyme (shifting July 31 to February 29) using Leap Sunday & World Peace Days |
| Proposal on Calendar Reform by Brij Bhushan Vij (with or without using div.six (6)Leap Weeks) based on corrected values of Average Mean Atomic Days/Year for Y2007 |
| Brij's Contribution for Nat-Symposium on Metro-&-Quality Mgmt, July 2007 |
| Brij's CALENDAR for Y 2008 & Marry(Metric)Christmass Y2007 |
| Brij's argument favouring Leap Weeks for a Perpetual World Calendar by mere *shifting July 31st in February as February 29th, making four equal Quarters |
| Brij's 2*417-year cycle showing div.six(6)LWks and Addl. Keplers' Leap Weeks symmetrically arranged |
| Modified Gregorian Calendar - easiest, simplest and cheapest - at Wikia Site [with(div.6 Leap weeks)or with Leap Days to give Mean Year =365.2421875 days; when compared with most known proposals on Calendar Reform |
| Brij's Calendar calculations and its Interprettaion linked to the Wild Beast Number 666 |
| Brij's argument favouring divide six(6) Leap Weeks & Addl. Keplers' Leap Weeks for Mean Year = 365.2425 days and/or 365.2421875 days |
| 8019-year Saros showing evenly spread Leap Weeks distribution for 400-Gregorian calendar getting Mean Year =365.2425 days(3600-years/39KLWks)OR also [3*(7*128)=2688-year/29KLWks for Mean Year=365.2421875days |
| Brij's Saros choice 8019-year/418411 Weeks showing distribution of Leap Days & Leap Weeks, using 128-year/896-year plan examining Mean Year & Mean Lunation 'ratio' Values |
| Brij's 400-year/20871 Weeks, showing distribution of (66 LWks+5 KLWks) Leap Weeks, other than 20800 weeks during 400-years (between Y2000 thro Y2399), within my 8019-year cycle |
| Properties 8019-year cycle, and perfecting distribution of 'Leap Days or Leap Weeks during 1200-years, showing Greg.Calendar Mean Year value (Y0000 thro Y2400), alongwith improved Mean Year to 365.2421875 days. |
| Brij's mailing archieve to Calndr-L between 2005 Nov.28 thro 2006 Sept.05 (Pt-1) |
| Brij's mailing archieve to Calndr-L between 2006 July 08 thro 2005 Nov.27 (Pt-2) |
| Brij's Modified GREGORIAN World Pepetual Calendar 2007(13th NEVER A FRIDAY) |
| Brij Bhushan's working 2007 thro 2026 'Dark Moon's linking CONSTANT Atomic Day/Year length at Y2K7, re-working values for decimal second (revised) |
| BrijVij's Tithi working '235L/6932.5' & day-week cycles count with Mean Lunation/Year |
| Brij's Document to New York Academy of Science - May 2002 |
| BrijVij Documents & Google catche |
| Pi
Value fixed at 100000/31831 & Radian at 57*17'44".88 in the form a/b
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| Among several schemes for 364-day Formats for Modifications to a POSSIBLE World Calendar, I shift the day of July 31 and bring THIS into the month February (as Feb.29th). This make four equal quarters by keeping December 31 OUTSIDE of calendar format to be used as World Day (1971) or as to make up for a Leap Week (SEE my CalRhyme)
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| Pythagoras Right-triangle, Metre & hence metric System belong to Indus Civilisation
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| My LINKING Pythagoras Right-triangle, Pi value & Bricks used by Indus people during ancient Indian antiquity and Aztec Pyramid people
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| My interpretation of Harrappan Calendar to be of 'Lunar-Tithi origin (Not to solar Day scale)'
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| Brij Vij's Profile |
| Possibility to use Tropico-Sidereal Year,[using Average Mean Tropical-Year, Decimal Sidereal Second (ssd)] with or without Leap Weeks or Brahaspati Years & Brahaspati LWks to give Mean Year =366.2421875 ds (sidereal days) |
| Why did MAN not use the duration of SIDEREAL DAY for day-to-day & scientific work? My thoughts wandered, to my base contributions ‘Metric Second/Calendar Year for its unacceptability. My pondering over resulted in several options for the formats of METRIC, SIDEREAL OR DECIMAL CALENDAR (1992-93) |
| Brief description of Brij's RESULTS for possible Reform of Gregorian Calendar (options) |
| Brij Vij's E-Book, based on contributions & discussions with Derek & Calndr-L group |
| Precession
of Equinoxes |
| Unifying
large-n-small counting between Indo-European & American numbering
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| Format
Brij's VGCalendar & Synopsis |
| Calendar REFORM - with or without Leap Weeks for A New World Calendar for 2007 onwards.....[13th NEVER A FRIDAY], compared with Wikipedia referenced proposalas |
| Brij's claim (Chris Carrier unaware till 1993 - Karl) to the possibility of using div.4/skip128th-year, as modification to Gregorian div.4/skip100th/count 400th-years for Leap Day in the format of *Modified Gregorian (Vij's Rhyme) Calendar; or PLAN 3*[7x128]=2688-year/477 Leap Weeks cycle from YEAR ZERO (BC/AD), resorting to COUNTING from Kali Era (3102 BC, Feb.17/18 (midnight) or also Era of Creation (4713 BC, Jan.01) on *DIVIDE by six (6) basis, with Keplers' Additional Leap Weeks* |
| Rules for VGRCalendar (Brij to Karl) |
| Brij's
stepping up 'several attempts' upgrading Metre related to Metric Norms
since 1970-71 to A Possible World Calendar |
| Calendar
Format using Count of Weeks & Days from Winter Solstice
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| 12/24-hour
x100 x100 clock face in relevance with New Metre(m') & decimal second
(sd) |
| On
defining the interval 'decimal second(sd)', using year length & atomic
day |
| Placing
Additional Keplers' LeapWeeks - Important Cycles |
| Calculations
Year-start & drift (comparision)wrt Kepler's LWks on div.six(6) Rule |
| Ordinal
Day Count; and Count from WinterSolstice for VG Years
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| Using
Ratio Tithi=966/965 with X or T-units in 5X47 Luanations in 19-years
Cycle |
| Era
Points & JD-n-Kali Dates - calculations, tabulation of Moons & Solar
Years |
| Brij
Vij's Contributions |
| Brij's
eBook - a compendium of works |
| Brij
Vij's comparision of various calendars with calndr-L group
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| Brij's
fortnightly Tithi details |
| Pi
through the Ages & Brij Value in form a/b |
| Listing
Copyrighted Works & Media documents etc. |
| Legal
Information |
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